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TZID:Indian/Mahe
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DTSTART:20161109T153000
RDATE:20380119T071407
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TZOFFSETTO:+0400
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UID:534b750d6107d05a623008b6c6cb60d3
CATEGORIES:CeNS Seminar
CREATED:20171108T104428
SUMMARY:Towards Non-Equilibrium Supramolecular Materials
LOCATION:Lecture Hall
DESCRIPTION;ENCODING=QUOTED-PRINTABLE:“Speaker of the month” Colloquium\nTowards Non-Equilibrium Supramolecular M
 aterials\nBy\nDr. Subi Jacob George\nAssociate Professor, New Chemistry Uni
 t, JNCASR, Bengaluru\nOn\nFriday, 10 November 2017\nTime: 03.30 P. M.\nVenu
 e: Auditorium\n This event was imported from: https://cens.res.in/en/about-
 us/people/eventdetail/157/-/towards-non-equilibrium-supramolecular-material
 s?tmpl=component
X-EXTRAINFO:Self-assembly has always been a promising route to achieve novel materials.
  This has been possible by decades of research and laying down of principle
 s governing the phenomenon. Almost all of this assembly is under thermodyna
 mic parameters and provide minimal help in exploring a temporally driven di
 mension of self-assembly. On the other hand in biological systems, which ha
 ve always served as an omnipresent inspiration for self-assembly, control t
 heir aggregates and function temporally with\nunparalleled deft. Considerin
 g the conventional self-assembly one wonders if the complexity and dexterit
 y of biological systems is ever to be matched and perhaps one might tread o
 n diverse scientific routes for kinetically controlled self-assembly.\nWe, 
 in our laboratory, are driven by this philosophy and are currently trying t
 o understand both thermodynamic and kinetic aspects of self-assembly. This 
 talk describes our efforts in understanding a very key concept of biologica
 l self-assembly which is temporal control over aggregates via a chemical fu
 el as we think this approach can singlehandedly cater to various existing c
 hallenges of supramolecular chemistry such as a living supramolecular polym
 erization, control over\nnucleation rate, transient materials and formation
  of supramolecular hetero-structures.\nI will be discussing our results by 
 taking supramolecular systems, which we have been working on during the las
 t few years.
DTSTAMP:20260404T134530Z
DTSTART;TZID=Indian/Mahe:20171110T153000
DTEND;TZID=Indian/Mahe:20171110T170000
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